Unfortunately there's no such thing as a short term effect
It depends on the area you're in when a blast occurs, and how close you are to the primary detonation, as well as the strength of the blast itself. Naturally, death by incineration is the most obvious if you're close enough, but rapid death from Beta-Gamma radiation, unless you were in a shielded area at the time, would occur in the days following if you survived. Trust me when I say you'd be better of dying in the initial explosion.
Alpha radiation contamination, carried in the fallout from nuclear explosions, is the most common radioactive hazard outside of the blast area for survivors. Though it's only hazardous when it gets into your body (meaning keep your mouth/nose covered, as well as any open cuts, and wash the skin if it gets exposed), it eventually will find its way into the food and water supply This knowledge is one reason the Nuclear Test Ban Treaty, which halted above ground, space and underwater testing in 1963 between the U.S. and USSR, was signed. It was found that fallout had raised contaminant levels in milk and other foods, in particular Strontium 90.
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Short-term effects of nuclear weapons include immediate blast damage, intense heat leading to fires, and thermal radiation causing burns. The high levels of radiation can also result in radiation sickness and acute health effects in survivors near the blast site.
"Nukes" is a colloquial term for nuclear weapons, which are explosive devices that derive their destructive power from nuclear reactions. These weapons can cause devastating damage and are considered weapons of mass destruction.
Short term effects of nuclear bombs include blast damage, intense heat and fire causing burns and destruction, and radiation exposure leading to acute radiation sickness and potential long-term health issues. These effects can result in immediate casualties, mass displacement, and significant infrastructure damage.
The short-term effects of nuclear power can include the generation of electricity with low carbon emissions, providing a reliable source of energy, and supporting economic growth in countries with nuclear power plants. However, there are concerns about the safety and environmental risks associated with nuclear power, such as accidents, waste disposal, and the potential for nuclear proliferation.
Nuclear weapons have devastating effects, causing widespread destruction, loss of life, and long-term environmental consequences such as radiation contamination. They can lead to immediate death, radiation sickness, and long-lasting health problems for survivors. The use of nuclear weapons can also result in societal disruption, displacement of populations, and instability at a global scale.
Nuclear weapons are deadly because they have the ability to unleash a huge amount of energy in a short amount of time, causing widespread destruction, radiation poisoning, and long-term health effects. The blast, heat, and radiation produced by a nuclear explosion can cause immediate death and devastating consequences for the environment and survivors.